MTech Syllabus, Subjects, Core, Elective, Projects, Books

The M.Tech course is intended to educate students with the information and abilities necessary to succeed in their chosen profession of engineering. Master of Technology, abbreviated M.Tech, is a two-year professional technical degree programme. It is done following the completion of the BTech/BE or BSc. Each institute has its unique M.Tech curriculum.

MTech subjects are divided into core and optional subjects. Core subjects are required, whereas optional topics are chosen by students from a list of possibilities based on their interests. The subjects heavily depend on the specialization of MTech Chosen by the students.

See Also: MTech Course Details

Table of Contents

M.Tech Syllabus

1.1 M.Tech in Computer Science Subjects

1.2 M.Tech in Civil Engineering Subjects

1.3 M.Tech Biotechnology Subjects

1.4 M.Tech in AI Subjects

1.5 M.Tech in Cyber Security Subjects

1.6 M.Tech Structural Engineering Subjects

M.Tech Core Subjects
M.Tech Elective Subjects
M.Tech Projects
M.Tech Books
M.Tech Syllabus in IIT
M.Tech Syllabus: FAQs

M.Tech Syllabus

The syllabus typically includes a combination of core courses and elective courses. The core courses provide students with a strong foundation in the fundamentals of engineering. These courses typically cover topics such as engineering mathematics, engineering mechanics, thermodynamics, fluid mechanics, heat transfer, and machine design. The elective courses allow students to specialize in their area of interest. These courses typically cover topics such as computer-aided engineering, robotics, control systems, signal processing, data structures and algorithms, software engineering, and information security.

M.Tech in Computer Science Subjects

The subjects that are been taught for the Computer Science course in most colleges semester-wise are as follows.

Semester	Subjects
I	Design and Analysis of Algorithms Advanced Computer Architecture Object-Oriented Data Structures Discrete Mathematical Structures Lab 1 (Object Oriented Systems Lab) Object Oriented Systems Principles of Programming Languages Computer Graphics
II	Computer Networks Operating Systems and System Programming Advanced Database Systems Lab 2 (Network/Database Lab) Computational Number Theory Theoretical Computer Science and Automation Data Warehousing and Data Mining Advanced Software Engineering
III	Electives 1 Lab 3 (Open-Source Software Lab) Project Synopsis and Comprehensive Viva Voce Mobile Computing Intelligent Systems Service Oriented Computing Web Technology Digital Image Processing Internet Technology Cryptography and Network Security Software Project Management
IV	Specialization Subjects Project Work Electives Dissertation and Viva Voce

M.Tech in Civil Engineering Subjects

The subjects that are been taught for the Civil Engineering course in most colleges semester-wise are as follows.

Semester	Subjects
I	Advanced Concrete Technology Contract and Specification in Construction Construction Project Management Geotechnical Engineering Hydraulics and Hydrology Structural Analysis
II	Soil Dynamics and Machine Foundations Computer Applications in Construction Environmental Engineering Building Materials Surveying and Remote Sensing Quality and Safety Management
III	Structural Design Transportation Engineering Irrigation Engineering Water Supply and Sanitation Engineering Environmental Impact Assessment Disaster Management
IV	Engineering Geology Soil-Structure Interaction Modelling and Simulation

M.Tech Biotechnology Subjects

The subjects that are been taught for the Biotechnology course in most colleges semester-wise are as follows.

See Also: MTech Biotechnology Syllabus

Semester	Subjects
I	Molecular Biology Environmental Biotechnology Exercises in Molecular and Cell Biology Advanced Biological Chemistry Exercises in Environmental Biotechnology Cell Biology Exercises in Advanced Biological Chemistry
II	Genetic Engineering Plant Biotechnology Exercises in Immunology Exercises in Genetic Engineering Exercises in Bacteriology and Virology Exercises in Plant Biotechnology Principles of Bacteriology and Virology
III	Animal Biotechnology Bioinformatics Exercises in Animal Biotechnology Exercises in Bioprocess Engineering Database Management and IPR in Biotechnology Bioprocess engineering & Fermentation Technology Exercises in Bioinformatics
IV	Genomics and Proteomics Stem Cell Technology and Regenerative Medicines Agricultural Biotechnology Biochemical and biophysical techniques Bio-entrepreneurship Nanobiotechnology Scientific Research and Communications

M.Tech in AI Subjects

The subjects that are been taught for the AI course in most colleges semester wise are as follows.

Semester	Subjects
I	Artificial Intelligence & Intelligent Systems Machine Learning Natural Language Processing Program Elective I Program Elective II AI-based Programming Lab
II	Deep Learning Big Data Analytics Speech Information Processing Program Elective III Program Elective IV Deep Learning & Data Analytics Lab
III	Advanced Machine Learning Reinforcement Learning Deep Learning Big Data Analytics Cloud Computing Project I
IV	Project II M.Tech Dissertation

M.Tech in Cyber Security Subjects

The subjects that are been taught for the Cyber Security course in most colleges semester wise are as follows.

Semester	Subjects
I	Digital Hardware Modeling Problem Solving and Programming Internetworking and Security Applied Algebra Computational Statistics and Data Mining Self-awareness and Personality Development
II	Database and Application Security Information Theory and Coding Cryptography Mobile and Wireless Network Security Elective I
III	Algorithmic in Cryptographic Protocols Elective II Elective III Project I
IV	Project II

M.Tech Structural Engineering Subjects

The subjects that are been taught for the Structural Engineering course in most colleges semester wise are as follows.

Semester	Subjects
I	Applied Mathematics Theory of Elasticity and Plasticity Matrix Methods of Structural Analysis Structural Dynamics Advance Concrete Technology Analysis of Deep Foundation Safety in Construction
II	Stability of Structures Finite Element methods Theory of Plates and Shells CAD in Structural Engineering Maintenance and Rehabilitation of Structures Design of Steel and Composite Structures Seismic Design of Structures
III	Elective II Elective III Project I
IV	Project II

M.Tech Core Subjects

Data Structures and Algorithms: Covers the design, analysis, and implementation of efficient data structures and algorithms used in computer science and engineering applications.
Computer Networks: Examines the principles, protocols, and architectures of computer networks, including topics such as routing, congestion control, network security, and wireless networks.
Database Management Systems: Studies the design, implementation, and management of databases, including concepts such as data modeling, query optimization, transaction management, and data warehousing
Operating Systems: Explores the design and implementation of operating systems, including topics like process management, memory management, file systems, and device drivers.
Digital Signal Processing: Deals with the analysis, manipulation, and processing of digital signals using various algorithms and techniques, commonly applied in areas like image and speech processing, communications, and control systems.
Artificial Intelligence: Introduces the fundamentals of artificial intelligence, including machine learning, natural language processing, computer vision, and knowledge representation, with a focus on building intelligent systems.
Embedded Systems: Deals with the design and development of computer systems that are integrated into other devices or systems, often with real-time constraints, commonly used in applications like automotive, aerospace, and consumer electronics.

See Also:

MTech After MCA	MTech after BSc	MTech After MSc

M.Tech Elective Subjects

Design of Masonry Structures: Strength of Masonry in Compression, Flexural, Shear and Bond Strength, Designing of Load Bearing Masonry Buildings, Earthquake Resistant Masonry Buildings, etc.
Machine Learning: Focuses on algorithms and techniques that enable machines to learn from data and make predictions or decisions without explicit programming.
Cloud Computing: Examines the concepts, architectures, and technologies related to cloud computing, including virtualization, storage, networking, and the deployment of scalable and elastic applications on cloud platforms.
Cybersecurity: Covers principles and practices for protecting computer systems and networks from unauthorized access, attacks, and threats, including topics like cryptography, network security, intrusion detection, and security management.
Image Processing: Deals with techniques for manipulating and analyzing digital images, including tasks such as image enhancement, segmentation, object recognition, and image-based modeling.
Biomedical Engineering: Focuses on the application of engineering principles and techniques to solve problems in the field of medicine and healthcare, including areas such as medical imaging, biomechanics, and bioinformatics.
Renewable Energy Systems: Explores the design, integration, and management of renewable energy sources such as solar, wind, and hydroelectric power, with a focus on sustainable energy generation and utilization.
Wireless Sensor Networks: Covers the design, deployment, and communication protocols of networks consisting of small, autonomous devices equipped with sensors for monitoring and collecting data in various applications.

See Also:

MTech Recruiters	MTech Placements in IIT	Types of Engineers

M.Tech Projects

M.Tech projects are a great way to gain hands-on experience in your chosen field of engineering. They can also help you to develop new skills and knowledge, and to network with other engineers.

Design and develop a new software application. This could be a mobile app, a web app, or a desktop app.
Develop a new hardware device. This could be a sensor, a actuator, or a new type of computer.
Perform research on a new engineering problem. This could involve developing a new algorithm, a new design, or a new way of solving a problem.
Contribute to an open-source project. This is a great way to learn new skills and to make a contribution to the engineering community.
Intern with a company. This is a great way to gain experience in the real world and to network with potential employers.

When choosing an M.Tech project, it is important to consider your interests, your skills, and your career goals. It is also important to choose a project that is feasible and that you can complete within the time frame allotted.

M.Tech Books

A candidate seeking an M.Tech must work hard to improve their understanding of both core and optional topics. Various novels by well-known authors are also available at college libraries.

Subject	Book title	Authors
Advanced Digital Signal Processing	Advanced Digital Signal Processing	Shaila D. Apte
Remote Sensing	Remote Sensing and GIS	Chandra, A.M.
Advanced Computer Architecture	Advanced Computer Organisation Architecture	Ikvinderpal Singh
Digital Design and Verification	Verilog HDL: A Guide to Digital Design and Synthesis	Samir Palnitkar
Voice and Data Network	An Integrated Approach to Computer Network	Bhavneet Sidhu
Mathematical Methods in Control	Probability, Random Variable, and Stochastic Processes.	Papoulis & Pillai
Robotics and Automation	Control in Robotics and Automation: Sensor Based Integration	Ghosh

M.Tech Syllabus in IIT

The table of some subjects that are typically taught in M.Tech programs at IITs:

Specialization	Core Subjects
Computer Science and Engineering	Data Structures and Algorithms Operating Systems Computer Networks Software Engineering Machine Learning Artificial Intelligence Database Systems Information Security
Electrical Engineering	Circuits and Systems Signals and Systems Electromagnetics Control Systems Power System Electronics Communication Systems VLSI Design
Mechanical Engineering	Mechanics Thermodynamics Fluid Mechanics Heat Transfer Machine Design Manufacturing Processes Robotics Mechatronics
Civil Engineering	Engineering Mechanics Strength of Materials Concrete Technology Structural Analysis Hydraulics Environmental Engineering Geotechnical Engineering Construction Management
Chemical Engineering	Thermodynamics Fluid Mechanics Heat Transfer Mass Transfer Reaction Engineering Process Design Biochemical Engineering Environmental Engineering
Materials Science and Engineering	Solid State Physics Metallurgy Ceramics Polymer Science Materials Processing Mechanical Properties of Materials Corrosion Engineering
Biomedical Engineering	Biomechanics Biomaterials Bioinstrumentation Bio signal Processing Medical Imaging Medical Device Design Tissue Engineering

M.Tech Syllabus: FAQs

Ques. What is the full form of M.Tech, and who chooses it?

Ans. M.Tech is an abbreviation for Master of Technology, and it is the course that students take after finishing their B. Tech. Students who want to perform research or specialise in a certain field should take this course since it will help them enhance their knowledge.

Ques. Which M.Tech course has the greatest application?

Ans. Chemical Engineering, Process Control and Instrumentation Engineering, Computer Science and Engineering, Software Engineering, Electrical Engineering, Power Systems Engineering, Mechanical Engineering, Thermal Engineering, Electronics, Communication Engineering, and VLSI System Design are some of the M.Tech specialisation courses available. One must select one of them based on their preferences. M.Tech offers a wide range of applications.

Ques. How long does the M.Tech programme last?

Ans. In terms of time duration and semesters, the M.Tech programme is identical to all Master's studies. There are four semesters, each lasting six months. As a result, the overall duration of this course is two years.

Ques. What is the M.Tech course syllabus?

Ans. The M.Tech syllabus varies depending on the specialist course you choose. For this subject, each college has its own syllabus and structure. Subjects may be the same, but the manner in which they are taught may differ.

Ques. Can I get a distant M.Tech degree from a reputable university?

Ans. Yes, you can currently pursue a distance M.Tech programme from reputable colleges. Many institutions now offer distant M.Tech courses with the same educational levels as traditional M.Tech courses.

Ques. What are the M.Tech eligibility requirements?

Ans. To be admitted to M.Tech, a Bachelor's degree in a discipline related to engineering and technology is required. The individual must have an aggregate score of at least 50% (depending on the college) and must have taken the admission test for the specific college.

Ques. What is the most challenging M.Tech specialisation?

Ans. It is considered that the Chemical Engineering speciality is the most difficult in M.Tech. Chemical engineering focuses mostly on physics, chemistry, and mathematics, which are considered difficult disciplines for students to deal with.

Ques. What are the salary prospects for M.Tech graduates?

Ans. The salary prospects for M.Tech graduates are very good. M.Tech graduates can earn a starting salary of â?¹6 lakhs per annum or more.